In this paper, a hybrid modeling approach to model synchronous generator by combining
the dq0 modeling with the winding function approach has been proposed. The proposed …

This paper presents a novel ground-fault-detection technique for synchronous machines.
This technique is suitable for synchronous machines with static excitation systems, whose …

Synchronous machines with brushless excitation have the disadvantage that the field
winding is not accessible for the de‐excitation of the machine. This means that, despite the …

Synchronous generators with brushless excitation have the disadvantage that the field
winding is not accessible for the de‐excitation of the generator. This means that, despite the …

In this paper, an online model-based fault detection approach based on residual analysis in
synchronous generators (SGs) is presented. Two types of faults are studied in this paper:(i) …

Protection of synchronous generators (SGs) against internal faults, such as stator earth fault
(SEF) and turn‐to‐turn fault (TTF), is crucial for ensuring the stability and security of the …

A precise simulation of the internal faults of synchronous generators is crucial for the design
of the main protection scheme; therefore, an accurate model is necessary. In this paper …

In this paper, the stator winding inter-turn short circuit and the rotor eccentricity hybrid fault of
permanent magnet synchronous generators (PMSG) used in wave energy conversion is …

Fault diagnosis involves the detection, location, and identification of faults. The objective of
this work is twofold: first, fault detection in a synchronous generator using the parity space …

In the paper, a combined strategy of moth–flame optimization (MFO) algorithm and fuzzy
logic controller (FLC) for incipient fault diagnosis of the synchronous generator is proposed …